1.
Numerical Simulation of Influence of Intake Angle on Hydraulic Characteristic of Energy Dissipater with Step-down Floor
入池角度对跌坎型底流消能工水力特性影响的数值模拟
2.
A Study of the Configuration of Stilling Basins for Gravity Arch Dams
重力拱坝底流消能消力池体型的研究
3.
The calculating method of the affected areas for atomization flow are proposed.
(3)提出了底流消能雾化流影响范围的计算方法。
4.
Research on the Underset Energy Dissipation of the Release Works in Xianmi Hydropower Station;
仙米水电站泄水建筑物底流消能问题的研究
5.
The stilling basin base plate supports large impact pressure in the impacted area.
消能塘底板在射流冲击下,底板块在冲击区受到较大的冲击压力。
6.
Experimental Study on the Law of the Soleplate Fluctuating Pressure and Its Conversion of Point and Area in the Hydraulic Jump Region;
底流消能水跃区底板脉动压力及其点面转换研究
7.
Numerical Simulation of Turbulent Flow of Energy Dissipater in Free Flow Tunnel;
无压隧洞内消能工湍流数值模拟研究
8.
Experiments and Research about the Current s Energy Dissipator in Low Fr. (Diffluent Piers with Low Ridge);
低Fr.水流消能工的实验研究（低坎分流墩）
9.
Flow Surface Construction at the Bottom in No.2 Diversion Tunnel of Double Arch Dam of Xiaowan Hydropower Station
小湾双曲拱坝2号导流底孔底板过流面施工
10.
A button labeled as 'Cancel' at the bottom of the workpane
位于工作窗格底部，标签为“取消”的按钮
11.
On the Negative Determining Constitutes of the Probability of Anticipation;
宽容的底限:期待可能性的消极构成
12.
The Research on Level Swirling Internal Energy Dissipation in Discharge Tunnel within Differient Contraction Ratio of Generator;
起旋器收缩比不同时水平旋流内消能工的水力特性研究
13.
Study on Energy Dissipation Characteristics of Multiple Jets and Its Applying for Pressed Water Pipeline Outlet;
压力输水管道出口多孔射流消能特性研究与工程应用
14.
Experimental Research on Hydraulic Jump Turbulent Flow Structure under Low Froude Number and Optimization of Typical Energy Dissipator
低佛氏数水跃紊流结构及典型消能工优化的试验研究
15.
There must be a hole some where, I can hear the water sloping about in the bottom of the boat.
可能是哪漏了，我能听到水在船底流动。
16.
Some tools include "intelligent routing" capabilities that can look at a message and figure out what should be done with it next in the process.
有些工具还具有“智能路由”的功能，这种功能能够阅读消息，并指出在此流程中下一步应做什么。
17.
The Three Gorges Project on the Yangtze River and the Xiaolangdi Project on the Yellow River successfully completed damming.
长江三峡和黄河小浪底工程成功截流。
18.
Model study and prototype application of diversion outlet design for Three Gorges project
三峡工程导流底孔水力学研究与运用